Product Description

1. Suitable for small-scale R&D and small-batch production; through product collaboration and testing with the Department of Engineering and the Department of Materials at Tsinghua University, the Material Energy Conservation Center at South China University of Technology, the Department of Chemistry at East China University of Science and Technology, and the Department of Fine Chemical Engineering at Shenzhen Polytechnic, the final particle size of the materials has reached 100nm (nanometer level).
2. Suitable for continuous or batch operation modes, can be equipped with grinding jars of various sizes, and is easy to replace.
3. A grinding machine incorporates two grinding principles and can be equipped with PHE dispersion discs arranged in a specific order, overcoming the traditional machine's drawback of uneven grinding media distribution. Alternatively, it features PUHLER's** high-flow 4. separation barrel pin rod accelerator. **The high-flow separation barrel accelerator ensures that grinding beads undergo energy-rich fluid motion, thereby achieving consistent high-energy input for low-viscosity products.
4. A unique, dynamic separation system is used to reliably retain ultrafine grinding beads with diameters between 0.05-0.3mm within the grinding chamber. **Excellent product grinding quality and an extremely narrow ultrafine particle size distribution within D90=80nm can be fully achieved (as verified by testing with the Malvern Instruments Ltd laser particle size analyzer from the UK).
5. Elegant and universally applicable design allows the parameter ratios to be scaled up to any PHE and PHN production models based on the same grinding principle. The ideal continuous and recirculating production process ensures consistently stable efficiency, achieving the narrowest particle size distribution.*
6. The ideal equipment conversion for multi-purpose use. It offers broad adaptability for grinding various materials, allowing the selection of components that come into contact with the product based on different materials (such as special wear-resistant steel, hard alloy steel, stainless steel, tungsten carbide, zirconia, silicon carbide, polyamide, etc.). The use of high-quality functional components ensures a long machine lifespan and metal-free contamination.
7. Small batch sizes and ideal cooling performance make it highly suitable for temperature-sensitive products. The short and thick design of the grinding chamber, combined with an optimal cooling design, allows for better grinding of temperature-sensitive products.
8. Low energy consumption is attributed to high-efficiency energy input (kWh/kg of product).
9. Easy to disassemble and assemble - It is very easy to disassemble for convenient maintenance, and can be switched to different grinding configurations in just a few simple steps.
10. Only a small amount of cleaning agent is needed to easily clean the grinder, and the smooth design of the grinding chamber contributes to easy handling as well as extremely low operation and maintenance costs.
11. The cutting-edge PLC process control system is easy to operate, and the recording of operational data through modules ensures the repeatability of future production.
12. Ensure that data reading and monitoring are carried out while the equipment is running, and that operation is convenient.